The advantages of Induction lamps

JML IntelliNRG Induction Lamps

The end is near for metal halide, pressurized sodium and high powered fluorescent lamps. These energy guzzling and excessive heat-generating lamp sources have long been the mainstay yet bugbear of users who require light to cover long throw distances and be extremely bright.

JML Global offers the JML IntelliNRG Induction Lamps range for commercial, industrial and residential applications. Using induction lighting technology, this relatively new lamp type delivers a phosphorous glow without the usual electrodes, eliminating the filament – the highest single point of failure of conventional lamps.

The energy consumption of JML IntelliNRG Induction Lamps is kept to a minimum, resulting in over 50 percent energy savings. There is negligible heat, glare, electromagnetic or THD (Total Harmonic Distortion) emission and they contain no mercury vapour. Used to directly replace conventional, incandescent and technologically dated lighting technology, JML IntelliNRG Induction Lamps ARE the World’s Most Energy Efficient Lights.

About JML IntelliNRG Induction Lamps

JML IntelliNRG Induction Lamps deliver unmatched operating hours, providing minimal degradation up 50,000 hours, over conventional Lamps that last 10,000 hours. JML IntelliNRG induction lamps may continue to operate up to 100,000 hours. Comparatively, Induction lamps generate more lumens per watt with less energy consumption, produce less excessive heat and glare which improves thermal comfort, saves air conditioning costs and maximizes eye protection. Not only do Induction Lamps contain relatively lower amounts of chemicals, they also have a significantly lower failure rate.

The price of JML IntelliNRG Induction Lamps is very competitive, approximately 50% the price of LED equivalent lamps. JML IntelliNRG Induction lamps require reduced replacement or re-lamping cycles thereby minimizing maintenance cost by over 30 percent.

Like high quality LED lamps, JML IntelliNRG Induction Lamps offer instant re-strike, colour stability, 80+ CRI, high power factor and last 50,000 hours based on acceptable lux. But unlike LED, JML IntelliNRG Induction Lamps are not only a fraction of the cost, they also offer a wider throw and have a more evenly distributed polar curve light distribution.

Induction Lamps generate minimal toxicity both in manufacturing and material components. In this Green era, JML Global provides a broad spectrum of energy-saving lamp solutions that will address the Green Agenda.

JML IntelliNRG Induction Lamp Features and Benefits

JML IntelliNRG Induction lamps provide one of the most energy efficient technologies commercially available. The lamps provide high energy savings, long lifespans, high colour rendering indices and does not contain mercury vapour!

JML IntelliNRG Induction lamps are fast gaining popularity because, unlike other bleeding edge technologies, the benefits are all available at a very low investment cost. This translates to an unrivalled ROI.

JML IntelliNRG Induction Lamps have been tested to the highest Singapore, Malaysia and International standards for safety, reliability and performance and certifications may be provided to clients upon request

Key advantages of JML IntelliNRG Induction Lamps

·Induction Lamps have no filaments (Induction Lamps dispense with the electrode filament – the highest single point of failure)

·No mercury vapour (Induction Lamps do not pollute the environment with mercury vapour at the point of manufacturing or destruction)

·Induction Lamps enable the reduction of energy usage by over 55% (Induction Lamps are able to halve energy consumption and associated costs)

·Induction Lamps have very long lifespans of up to 100,000 hours (Induction Lamps do not need frequent replacement. This reduces re-lamping costs and ensure that illuminated areas are lit for the longest possible time)

·Induction Lamps experience low lumen degradation rate (Induction Lamps stay brighter for longer periods of time, providing optimal illumination for the long lifespan of the Lamp)

·Induction Lamps generate a very high power factor (Induction Lamps use the amount of electricity that they are supposed to, with no hidden costs for ballasts and other factors that may increase reactive charges)

·Induction Lamps produce a high colour rendering index (Induction Lamps are excellent for safety and visual accuracy as they ensure that the human eye sees the correct colour for any illuminated object or area)

·Induction Lamps are flicker free, provide high pupil lumens, and no glare (Induction Lamps are gentle to human eyes as the do not generate any glare that will cause long term eye damage, short term temporary blindness or mid term eye strain)

·Induction Lamps require low maintenance cost (Induction Lamps do not require any maintenance after installation, if the appropriate lamp for a compatible application is installed correctly)

·Induction Lamps offer the full range color temperature (Induction Lamps have a near-full spectrum of white colour temperatures, from warm white to cool white to daylight)

·Induction Lamps enable a full range of brightness (Induction Lamps provide the optimal amount of brightness regardless of wattage, from 80W to 400W)

·Induction Lamps have instant re-strike (Induction Lamps are able to instantly re-strike, which means that if switched off, they are able to light up to optimal brightness immediately or within a few seconds. This instant relighting feature is important for human safety in the case of power cut or unstable electricity supply)

Any of the above benefits or features of Induction Lights is not possible with Metal Halide or Pressured Sodium lights.

Applications of JML IntelliNRG Induction Lamps

A sampling of our Induction Light fittings

Induction lamps are a direct replacement of existing incandescent lamps (e.g. metal halide and pressured sodium). No special wiring/reworking of the electrical system is needed. It’s a direct replacement of existing lights.

Our clients can make the switch to the latest in Induction lighting technology without having to pay high investment costs and as a result, can immediately enjoy energy savings through the reduction in energy consumption by over 50 percent with better lighting performance and the virtual elimination of re-lamping costs due to the longevity of JML IntelliNRG Induction Lamps.

Depending on requirements, JML IntelliNRG Induction Lamps may be used as direct replacement lighting for:

·Induction High Bay Lights

·Induction Low Bay Lights

·Induction Floodlights

·Induction Street Lights

·Induction Car Park Lights

·Induction Perimeter Lights

·Induction Security Lights

·Induction Wall Lights

·Induction Ceiling Lights

·Induction General Area Lights

·Induction Indoor Lights

·Induction Outdoor Lights

·Induction Specialty Application Lights

Every induction light functions differently. Depending on the induction lighting applications required by our clients, every induction lamp component is carefully pre-selected to suit its purpose. Induction lighting applications vary from the most basic generic lighting to very specific uses with strict specifications.

JML IntelliNRG Induction Lamp Solutions are tailor made to suite the purpose of the intended application of Induction Lamps. This is often subject to required lighting performance as measured in lux level coverage over a specified area.

As specialists in providing Induction Lamp Solutions, we offer our clients an extensive choice of luminaires to meet their lighting requirements, taking into consideration ambient conditions such as dust, moisture and heat, among other factors.

The end result must be such that all financial and environmental objectives of our clients are achieved by JML IntelliNRG Induction Lamps.

JML IntelliNRG Induction Lamps – A Green Alternative to LEDIn the past century, Induction Lamps have evolved into very stable and excellent alternatives for incandescent lamps such as metal halide, pressurized sodium and fluorescent – and provide more benefits compared with LED lamps:

·Induction Lamps offer the same benefits as LED lamps for under half the price– JML IntelliNRG Induction Lamps provide similar or higher energy efficiency, generate minimal heat and are as environmentally friendly but the mature technology keeps cost of production relatively low.

·Induction Lamps require fewer lamps for a specific area –JML IntelliNRG Induction Lamps produce wider light distribution (polar curve) and result in fewer lamps needed than LED to illuminate the same area or better lux levels using the same number of lamps.

·Induction Lamps have long lifespans of up to 100,000 hours– LEDs have a lifespan not exceeding 50,000 hours before they are unable to provide basic illumination. JML IntelliNRG Induction lamps provide excellent illumination to 50,000 hours and acceptable illumination to 100,000 hours.

·Induction Lamps are based on very mature technology– LED commercial lighting is a recent phenomenon, with few international or local standards to certify performance and safety. JML IntelliNRG Induction technology is mature, stable, and has been around for a century.

·Induction Lamps provide one of the lowest total cost of ownership– Over a 1 to 5 year period, the TCO for JML IntelliNRG Induction Lamps is far lower than for LED or conventional incandescent equivalents.

Lamp Technology Selection

We have consulted with our clients on the type of lamp technology to select. Some feel that LED lighting solutions are better, while others prefer Induction lighting technology. In truth, the type of lighting technology to select really depends on its specific applications and lighting design, as well as the required lamp performance and lighting budgets. The only overriding consideration is that the type of lighting technology selected must be energy efficient and environmentally sustainable, throughout the entire life-cycle of a lamp for JML Global to advocate its use.

Lamp Technology Comparison

LampTechnology

JML IntelliNRG ElectrodelessInduction

Metal Halide

High PressureSodium

Fluorescent

AverageLifespan

100,000 Hours

12,000 Hours

18,000 Hours

16,000 Hours

Lifespan(acceptable lux)

>50,000Hours

<8,000Hours

<10,000Hours

10,000 Hours

Energyconsumption

Consumes +/-50% of conventional lighting

N.A.

N.A.

N.A.

Power Factor

>0.9

<0.45

<0.45

<0.5

ColourRendering Index (CRI)

>80: Clearest vision. Safest accurate colour rendering

45-65

30-45: Very low.Safety issues

60

ColorTemperature

Full Range

3500/4500/5500K

2200K

Full range

Restart/Re-strike

Instant. No warm up required

Needs up to10-15 minutes

Needs up to 5-10minutes

Instant/Flicker

System LumenEfficacy

85 lm/W

65 lm/W

65 lm/W

70 lm/W

Pupil LumenEfficacy

110 Plm/Wfor lamps below 100W,130 Plm/W for lamps above 100W

70 Plm/W

70 Plm/W

90 Plm/W

LumenDegradation Rate

Low5% (@5,000hrs)

High20% (@2,000hrs)

High20-25% (@2,000hrs)

High20% (@2,000 hrs)

OperatingTemperature

Low (<70 °C)Reduces ACMV costs

High(>300°C)Increases ACMV costs

High (>300°C)Increases ACMV costs

Mid (<90°C)

Flicker andGlare

No

Yes

Yes

Yes

Dimmable

Yes. Saves energy

No

No

Yes, but nosavings

Environmentalconcerns

No mercuryvapourLow lamp wastageInfrequent relamping

MercuryvapourMore lamp wastageFrequent relamping

MercuryvapourMore lamp wastageFrequent relamping

MercuryvapourMore lamp wastageFrequent relamping

There are very few reputable manufacturers of Induction Lights today. Depending on the manufacturing process, as well as the quality of materials and components used, Induction Lamps vary in quality, performance and durability. Many manufacturers may make bold claims about their Induction Lamps. When in doubt, seek clarifications from manufacturers and ask to see authentic testing certification papers for Induction Lamps. JML IntelliNRG Induction Lamps are manufactured under strict quality control guidelines and use only the best materials or components available in the market today. JML IntelliNRG Induction Lamps come with the required test certifications.

Induction Lamp Installation Methodology

·Conduct a thorough inspection of the area to be illuminated by an Induction Lamp.

·Perform a detailed on-site assessment of the required performance of the Induction Lamp based on the functional requirement of the area.

·Determine the conditions on-site and power consumption, as well as power availability.

·If it is a pre-existing structure that needs to have existing installed lamps replaced by Induction Lamps, note the performance and suitability of the existing lamps.

·If it is a new-build structure, factor in the intended function/s of the area.

·Inspect cabling, gears and configuration to replace if required, in order for Induction Lamps to be installed.

·Engage a qualified lighting or electrical contractor with experience in installing Induction Lamps, with the appropriate safety qualifications.

·Proceed to install Induction Lamps.

·Conduct a post installation inspection and analysis of the illuminated area and monitor the performance of the Induction Lamps for performance and power consumption.